Astronics Corp. will preview its next-generation SATCOM connectivity solutions at the Aircraft Interiors Show (AIX) in Hamburg, Germany, from April 2-4, 2019. Developed by Astronics AeroSat, in conjunction with partner Phasor, the new SATCOM inflight connectivity antennas feature electronically steered array (ESA) technology that will deliver unprecedented connection reliability for aircraft.

Available in three configurations and with an ultra-low profile, the E-Series will provide Ku- and Ku-HTS connectivity for today’s geostationary Earth orbit (GEO) networks, as well as tomorrow’s medium Earth orbit (MEO) and low Earth orbit (LEO) networks. The system also will offer dual-beam capability, enabling it to support the future “make before break” requirement of non-GEO networks from a single array, or the ability to communicate with two independent GEOs or a LEO & GEO network simultaneously.

“We are creating some very exciting new technology with this product, and we believe the new E-Series will provide seamless connectivity for both new and existing networks while providing a true, solid-state, active array antenna system. This provides cost and reliability advantages for airlines, business and military aviation, satellite network operators, and most importantly, the passenger and their inflight connectivity experience,” explained Matthew Harrah, President of Astronics AeroSat.

“Phasor is very excited to be working with Astronics. Together we are providing the aviation industry with the best of both worlds – leading electronically steered antenna innovation coupled with best-in-class avionics and aeronautical SATCOM terminal integration expertise. We plan to deliver next-generation inflight connectivity across multiple airframe-types and satellite communications networks,” said David Helfgott, Phasor CEO.

Astronics’ E-Series antennas will feature Phasor’s active electronically steered array to provide maximum antenna performance. Unlike competing systems, the E-Series will feature technology that enables a simultaneous transmit and receive from a single antenna array, with no need for bulky extra panels that drive up costly size and weight.